Solid Fat Content (SFC) determination is of prime importance for food
processing and development. Raw materials like fat compositions or blends
need to be characterized and quality controlled according to their melting
profiles. The SFC determination by TD-NMR (time-domain NMR) has
become a recognized standard many years ago. Bruker’s bench-top TDNMR
...

Solid Fat Content (SFC) determination is of prime importance for food
processing and development. Raw materials like fat compositions or blends
need to be characterized and quality controlled according to their melting
profiles. The SFC determination by TD-NMR (time-domain NMR) has
become a recognized standard many years ago. Bruker’s bench-top TDNMR
minispec SFC Analyzer is the result of our dedication since decades
in the field of QA/QC applications
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Bruker’s minispec Lean/Fat Analyzer is a benchtop NMR analyzer for
Whole Body Composition analysis of live mice, rats, and other small
animals.
Since its first launch in the beginning of 2001, the minispec Mice
Analyzer has quickly gained market acceptance as a powerful,
non-destructive and non-invasive tool for characterizing, screening and
...

Bruker’s minispec Lean/Fat Analyzer is a benchtop NMR analyzer for
Whole Body Composition analysis of live mice, rats, and other small
animals.
Since its first launch in the beginning of 2001, the minispec Mice
Analyzer has quickly gained market acceptance as a powerful,
non-destructive and non-invasive tool for characterizing, screening and
phenotyping mouse models in research laboratories.
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Bruker’s versatile and easy-to-use bench-top TD-NMR analyzer
is a turn-key solution for rapid Quality/Process control
and R&D in emulsion-based product manufacturing. The
easy-to-use Bruker the minispec instrument obtains signal
from the hydrogen atoms present in the entire sample, irrespective
of its color or opacity, in few minutes. The NMR
signal is...

Bruker’s versatile and easy-to-use bench-top TD-NMR analyzer
is a turn-key solution for rapid Quality/Process control
and R&D in emulsion-based product manufacturing. The
easy-to-use Bruker the minispec instrument obtains signal
from the hydrogen atoms present in the entire sample, irrespective
of its color or opacity, in few minutes. The NMR
signal is then analyzed to calculate the restricted diffusion
of molecules (oil or water) present inside the droplets, and
the software provides the droplet size distribution (DSD),
both volume fraction and number fraction, as the final
output. Hence, it is a direct measure of DSD at molecular
level, and is unaffected by flocculation, unlike optical
methods.
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